Observing coherent neutrino/nuclear scatters with a dual-phase argon detector

Coherent neutrino/nuclear scatters are a prediction of the Standard Model of particle physics, though they have not yet been observed in the laboratory. We are planning an argon-based dual-phase detector to observe these scatters, and our research program involves three detectors: a single-phase detector to study the systematics of the signal volume, a small dual-phase detector to measure the nuclear quenching factor at 8 keVee, and a large dual-phase detector to search for the neutrino interactions themselves. We will present recent results of the systematic effects of the single-phase detector, including a measurement of gas content via electron drift speed. We will also present a progress update on construction of the small dual-phase detector, as well as a possible design for the large dual-phase detector.